Best Code Coverage Tools in Canada

grcov aggregates code coverage information from multiple source files. grcov processes.profraw files and.gcda file which can be generated using llvm/clang/gcc. grcov can also process lcov files (for JS cover) and JaCoCo (for Java coverage). Supported operating systems include Windows, macOS, and Linux.

Kcov is a FreeBSD/Linux/OSX code cover tester for compiled languages like Python and Bash. Kcov was originally forked from Bcov. However, it has evolved to support a larger feature set than Bcov. Kcov uses DWARF debugging info for compiled programs, just like Bcov. This makes it possible to collect coverage information with no special compiler switches.

This simple command-line tool can be used to gather test coverage information from DartVM tests. This tool is useful for generating coverage reports locally during development.

Coverage allows Dart to collect, manipulate, and format coverage data. Collect_coverage stores coverage JSON from Dart VM Service. format_coverage formats JSON coverage data in either LCOV format or pretty-printed format.

A simpler maven configuration and a better-looking report UI are the main benefits. Add the plugin instrumentation settings and the report merging settings for the child project to the parent project.

Cloverage uses Clojure. Test by default. Pass the --runner:midje flag if you prefer to use midje. Clojure was used to wrap midje tests in Cloverage's older versions. This is no longer necessary. Pass the --runner:eftest flag to use eftest. You can also configure a runner passing --runner :eftest with a map in project setting. Cloverage support may be provided by other test libraries; check their documentation for more details.

Generate test coverage reports using Xcode projects and hook it into CI. When editing a scheme, tick the "Gather coverage information" checkbox.

Cobertura, a Java tool that calculates how much code has been accessed by tests, is free. It can be used for identifying parts of your Java program that are not covered by tests. It is based upon jcoverage. Cobertura is a free program. It is free software. For more information, please refer to the file LICENSE.txt that is included in this distribution.

BullseyeCoverage, an advanced C++ code cover tool, is used to improve software quality in vital systems like enterprise applications, industrial control and communications. Function coverage gives you an overview of testing completion and highlights areas that are not covered. This metric can be used to increase coverage in all areas of your project. Condition/decision coverage provides details at the control structure level. This metric can be used to achieve high coverage in certain areas, such as unit testing. C/D coverage is more detailed than branch coverage or statement coverage and can be used to achieve higher productivity than more complex coverage metrics.

Linux, Windows, RTOS, and other platforms. Using Visual Studio, embedded compilers, and more. Multiple execution reports can be combined to provide advanced analysis and other outstanding features. Coco's Function Profiler allows you to evaluate and optimize code performance.

It works with.NET Framework for Windows and.NET Core for all supported platforms. Coverlet supports coverage for deterministic builds. Unfortunately, the solution is not ideal and requires a workaround. Depending on your platform, the following addins can be used to visualize coverlet output in Visual Studio. Coverlet integrates with the build system for code coverage after tests. It is as easy as setting the CollectCoverage property true to enable code coverage. The path to the assembly containing the unit tests is what invokes the coverlet tool. Also, specify the test runner and arguments to pass to it using the --targetargs and --targetargs options. If you provide the arguments, the invocation of test runner must not result in a recompilation or deletion of the unit test assembly.

NCover Desktop is a Windows program that allows you to collect code coverage statistics for.NET services and applications. Desktop displays coverage metrics and charts in a browser-based GUI. This allows you to drill down to individual lines of source code. Bolt, a Visual Studio extension, is also available in Desktop. Bolt provides code coverage with built-in timings, timings, and source code highlighting directly within Visual Studio IDE. NCover Desktop is a significant leap forward in code coverage tools flexibility and ease. The NCover user can track the code coverage while they test their.NET code and get a precise measurement of the unit test coverage. These statistics can be tracked over time to give you a concrete measure of code quality throughout the development cycle.

JaCoCo is a Java code coverage library that is free and open-source. It was created by the EclEmma group based on lessons learned from integrating libraries over many years. The master branch of JaCoCo can be automatically built and published. Every build is considered fully functional due to the test-driven development approach. For the most recent features and bug fixes, see the change history. SonarCloud.io provides SonarQube code quality metrics for the current JaCoCo implementation. Integrate JaCoCoCo technology into your tools. JaCoCoCo tools are available right out of the box. You can improve the implementation or add new features. There are many open-source Java coverage technologies. The Eclipse plug-in EclEmma was implemented. It was clear that none of them were designed for integration. They are usually only compatible with a specific tool (Ant Tasks, Command Line, IDE Plug-in), and don't offer an API that allows embedding into different contexts.

You should balance your time writing applications with testing code. The most advanced code coverage tool for Java or Groovy. OpenClover measures Java and Groovy code coverage and collects more than 20 code metrics. OpenClover not only shows you the untested areas of your app, but also combines coverage metrics to identify the most risky code. The Test Optimization feature shows you which test cases are related each class of your code. This feature allows OpenClover to run tests that are relevant to changes in your application code. This greatly reduces test execution time. Are testing getters and setters of value? Or machine-generated code. OpenClover is more flexible than other tools when it comes to defining the coverage measurement. You can exclude files, files, classes and methods as well as single statements. You can concentrate on testing the most important parts of your code. OpenClover records test results and measures code coverage for each test.

The JCov open source project is used for gathering quality metrics related to the production of test suites. JCov will be open to allow the verification of regression tests being executed in OpenJDK. JCov's main purpose is transparency in test coverage metrics. OpenJDK developers will have the opportunity to use a code-coverage tool that is in 'lock step with Java language and VM development. This is why we promote standard coverage based JCov. JCov, a Java implementation of a code-coverage tool, provides a way to measure and analyze dynamic Java program code coverage. JCov allows you to see uncovered execution paths and method coverage. It can also show the source code of a program annotated with coverage information. JCov is most useful for testing to determine execution paths.

Simple JavaScript test coverage. Istanbul instruments your ES5 JavaScript code with linecounters. This allows you to track how well your unit tests exercise your codebase. The nyc command line-client for Istanbul is compatible with most JavaScript testing frameworks (tap, mocha, AVA etc. First-class support of ES6/ES2015+ using babel-plugin-Istanbul. Support for JavaScript testing frameworks. Use the nyc command line interface to instrument subprocesses. It is easy to add coverage to your mocha test. Simply add the command nyc to your existing test command. The instrument command of nyc can be used to inspect source files in a context other than your unit tests. nyc can show you the Node processes that were spawned while running a test script. By default, nyc uses Istanbul’s text reporter. You can however specify an alternative reporter.

A seamless JavaScript code coverage library. Blanket.js, a JavaScript code coverage tool, is easy to install, use, and understand. Blanket.js is easy to use and can be customized to your specific needs. JavaScript code coverage complements your JavaScript tests by including code coverage statistics (which lines in your source code are covered) Parsing the code with Esprima and Node-falafel and instrumenting the file using code tracking lines. After the tests are completed, connect to hooks in test runner to get the coverage details. Grunt has been made to allow Blanket to be used as a code coverage tool. This allows you to create instrumented copies from physical files instead of live-instrumenting. PhantomJS runs the QUnit-based Blanket report without any input. The console displays the results. Grunt will fail if you don't meet any coverage thresholds.

jscoverage tool with JavaScript and node.js support. Increase the coverage range. The jscoverage module can be loaded using mocha. When you select list, spec, or tap reporter in mocha, jscoverage will add coverage information. To specify the reporter, such as HTML or detail, you can use covout. The detail reporter will display the uncovered code directly in the console. Mocha runs a test case using the jscoverage module. jscoverage will not list files in the covignore directory. jscoverage will produce a report in HTML format. jscoverage will insert a set of functions into your module exports. Default jscoverage will search for covignore within the project root. jscoverage will copy excluded files from the source directory into the destination directory.

SimpleCov is a Ruby code coverage analysis tool. It uses Ruby's built in Coverage library to gather code data. However, it makes processing the results easier by providing an API to filter, group merge, format and display those results. This allows you to create a complete code coverage suite with just a few lines of code. SimpleCov/Coverage track covered ruby codes, but coverage for common templating options like slim, erb, and haml was not possible. You will want to see all coverage results for your projects. This includes all types of tests and Cucumber features. SimpleCov automatically handles this by caching and merging reports when creating them. This ensures that your report includes coverage across all your test suites, and gives you a better view of any gaps. SimpleCov must run in the same process as the code coverage analysis.

Ruby and GitHub: Actionable test coverage Get insights and checks to help your team deliver healthy code. Stop focusing on 100% coverage of test coverage. Reduce defects in pull requests by notifying when the code hasn't been tested before it is deployed to production. The CI server runs tests, and uploads coverage data for UndercoverCI. This is the only post-installation step. We scan the PR diff to verify local coverage for each class, method, or block. An absolute percentage check is not sufficient. Untested methods and blocks are revealed, as well as unused code paths. This will help you improve your test suite. Explore the Ruby gems family or install UndercoverCI's hosted GitHub app. Easy setup for your organization with a fully-featured GitHub App code inspection integration. The UndercoverCI project, and the related Ruby gems, are completely open-source and can be used locally or in your CI/CD workflows.

Deep Cover is designed to provide the best coverage for Ruby code. You can get more precise line coverage and branch coverage. It can be used to replace the built-in Coverage Library. It provides a better picture of your code usage. A line is considered covered if it is executed completely. Optionally, branch coverage can detect if certain branches are not taken. MRI considers all methods defined, even those defined on objects, via define_method, class_eval and others. DeepCover covers all blocks and defs for Istanbul output. DeepCover does not consider loops to be branches but it is easy to support them if necessary. DeepCover needs to be configured and only a small amount of code is loaded. Coverage is not started even though coverage has been started. Deep-cover can be used to inject itself into existing Coverage libraries to make it easier for projects to transition.

This plugin generates coverage reports. This plugin offers more than just coverage. Subprocess support is available so that you can fork and run stuff in subprocesses and get covered without fuss. Xdist support is available so that you can still use all the features of pytest.xdist and still receive coverage. Consistent pytest behavior. All features of the coverage package should work. In some cases, site packages may contain a stray file.pth. To ensure that each test run has clean data, the data file is deleted at the beginning of testing. You can combine coverage from multiple test runs by using the --cov-append option. This will add this coverage data to coverage data of previous test runs. It is possible to examine the data file using normal coverage tools.

Coverage.py can be used to measure the code coverage of Python programs. It monitors your program and notifies you which parts have been executed. Then it analyzes the source code to find code that could have been executed. It is used to measure the effectiveness of tests. It can help you determine which parts of your code are being used by tests and which are not. Coverage run can be used to run your test suite, gather data, and run it again. You can run your test suite as usual, but your test runner can be run under coverage. If your test runner command begins with "python", replace it with "coverage run". To limit the coverage measurement to code in your current directory and to find files that were not executed, add the source argument (to your coverage command line). It will default measure line (or statement) coverage. It can also measure branch coverage. It can also tell you which tests were run on which lines.

Xdebug is a PHP extension that provides a variety of features to enhance the PHP development experience. You can step through your code while the script is running in your editor or IDE. A new var_dump() function that allows you to stack trace your code to highlight warnings, errors and exceptions. Writes every function call, including arguments and invocation location to the disk. Optionally, includes each variable assignment and return value for each of the functions. With the help of visualization tools, you can analyze the performance of your PHP app and identify bottlenecks. This tool allows you to see which parts of your code are executed when PHPUnit runs unit tests. The fastest way to install Xdebug is often with a package manager. You can replace the PHP version you are using with the version that is compatible. Xdebug can be installed via PECL on Linux & macOS using Homebrew.

A self-contained CodeCoverage compatible driver for PHP. PCOV will attempt, if left unset to find src and lib in the current working director in that order. If none are found, the current directory will be used. This could waste resources for storing coverage information. To avoid wasting resources, it is recommended that PCOV contain test code. To avoid unnecessary allocations of arenas for traces or control flow graphs, PCOV should always be set according to the test suite's memory requirements. To avoid reallocations of tables, PCOV should not be set higher than the number files that will be loaded during testing. This includes test files. Interoperability with Xdebug cannot be achieved. The executor function is disabled at an internal level by PCOV. Any extension or SAPI that does the same will also be broken. Code runs at full speed with PCOV, which is free and has no cost.